Modeling Chemicals

Model adhesive is a fundamental tool in every modeler's workshop, essential for permanently joining model parts. In this category, you will find a wide selection of adhesives dedicated to plastic, wooden, and resin models. Various types of bonding agents are used in model making, and choosing the right one is crucial for the final result. We offer polystyrene cements (also known as plastic cements), which work by slightly melting the plastic to create a very strong, welded bond. We also offer cyanoacrylate (CA) glues with various viscosities and drying times, perfect for joining different materials like plastic, photo-etched metal parts, or resin. Each type of glue has its specific application – thin, capillary-action glues are excellent for precisely joining well-fitted parts, while thicker glues and gels can fill small gaps and allow more time for part adjustment.

Model Adhesives from Trusted Manufacturers

To make choosing the best model adhesive easier, we have curated a selection based on products from renowned brands such as Tamiya, Revell, Humbrol, Wamod, AK-Interactive, and Ammo by Mig. Manufacturers prioritize user convenience, which is why many glues come with precision applicators, like metal needles or fine brushes, allowing for accurate application even in hard-to-reach areas. Whether you are looking for a glue for clear canopies that won't cause fogging, a wood glue for sailing ship models, or a universal CA glue for photo-etched parts, you will find the right product in our range. If you are unsure which glue to choose for your project, take advantage of our expert advice – we will be happy to help you find the perfect solution.

What Are Model Putties Used For?

Modeling putties are a key element in every modeler's workshop, regardless of their skill level. These are specialized compounds designed for filling and concealing imperfections on the surface of plastic models. When gluing parts together, small gaps, sink marks (characteristic depressions in thicker elements), or ejector pin marks often appear, which spoil the final look of the model. Using the right putty allows for the effective elimination of these defects, creating a perfectly smooth and uniform surface, ready for further processing and painting. Thanks to them, the final result is much more realistic and professional. Our range includes products that make working on airplane, armored vehicle, ship, and figurine models easier.

Types of Putties and Their Applications

There are several basic types of putties available on the market, differing in composition, consistency, and application. The most popular are classic tube putties, which are great for filling most standard gaps. Another solution is two-part (epoxy) putties, which harden after mixing the two components, creating a very hard and durable filler. They can also be sculpted, which is useful for reconstructing details. Liquid putties are gaining increasing popularity; they are ideal for concealing fine scratches, seam lines, and for use as a leveling primer. They are applied with a brush, which allows for great precision. For specific applications, there are also UV-cured putties, which harden in a few seconds under a special UV light.

Choosing the right product depends on the task at hand. For minor scratches, liquid putties are best. For standard joints between hull or tank turret elements, a classic tube putty will suffice. However, if you need to fill a large gap or recreate an element, a two-part compound will be the best choice. The application process is simple: apply a small amount of the product with a spatula, wait for it to cure completely, and then sand down the excess with sandpaper of the appropriate grit until a smooth surface is achieved.

What Are Decal Solutions and Why Should You Use Them?

Decal solutions are essential modeling chemicals that significantly simplify working with decals and help achieve a professional look for your model. Anyone who has tried to apply a decal to an uneven surface knows how difficult it is to avoid "silvering"—the visible air bubbles trapped under the transparent film. Another challenge is conforming the decal to surface details like panel lines, rivets, or raised details. This is where specialized formulas come to the rescue, typically divided into two main types: solutions that prepare the surface for the decal, and softening solutions that are applied over the decal once it's in place.

Types of Decal Solutions and Their Uses

The first type of fluid, often labeled "Set" or "Base," is used to prepare the surface. A small amount of the solution is applied with a brush to the spot where the decal will be placed. Its purpose is to improve the adhesion of the decal's glue, preventing it from shifting and minimizing the risk of silvering. The second type is a softening solution, known as "Sol," "Soft," or "Softener." It is applied over the decal after it has been positioned and gently dried. This fluid chemically "melts" the decal into the model's surface, making it conform perfectly to all curves and details, giving it a painted-on look. Thanks to this, decals settle perfectly over rivets, into panel lines, and onto complex shapes—an effect impossible to achieve with water alone.

Using both types of solutions is recommended to achieve the best possible final result. They ensure a durable and realistic finish, eliminating the most common problems associated with decal application. Our selection includes solutions from renowned manufacturers, which are an essential part of any modeler's toolkit, whether for beginners or advanced builders. Choosing the right product guarantees that the details on your model will look flawless.

What are Chipping Fluids and What are They Used For?

How to Use Chipping Fluids and Why Are They Worth It?

What Are Casting Resins and What Are They Used For in Scale Modeling?

Casting resins are specialized chemical compounds, most commonly two-part resins (such as polyurethane or epoxy), that harden after being mixed and poured into a mold to create a precise and durable cast. They are widely used in scale modeling, allowing hobbyists to create custom parts from scratch, replicate existing components, or repair damaged models. With these resins, you can create your own figures, weaponry elements, diorama details, vehicle accessories, or terrain pieces. Casting resins allow for the creation of highly detailed casts that faithfully replicate the intricate details from a silicone mold. Once cured, the finished part can be easily worked—sanded, cut, drilled, and then painted to achieve the desired effect, such as an imitation of metal, stone, or wood.

How to Choose and Use Casting Resin?

The process of working with casting resins is straightforward but requires precision. The foundation of the process is preparing a mold, typically made from modeling-grade silicone. Next, carefully measure and mix the two resin components (usually labeled A and B) according to the manufacturer's specified ratio. Once a uniform mixture is achieved, pour it into the mold and leave it to cure. Curing time (which includes the 'pot life' of the mixture and the time for a full cure) is a key parameter to consider when selecting a product. Fast-curing resins allow for the rapid creation of multiple copies, while those with a longer 'open time' provide more time to carefully fill intricate molds. It's also important to check the product's viscosity. Low-viscosity resins flow more easily into fine details and self-degas, minimizing the risk of air bubbles in the final cast. Always remember to work in a well-ventilated area and use personal protective equipment (PPE), such as gloves.

Greases and Oils in RC Modeling

Proper maintenance of an RC model is key to its long and trouble-free operation. One of its most crucial elements is the regular lubrication of moving parts. This category features RC modeling greases and oils, which are essential for reducing friction, protecting against wear, and ensuring the smooth operation of components. Using the right lubricants is crucial for differentials, gearboxes, bearings, driveshafts, and shock absorbers. Neglecting lubrication leads to faster part wear, a decrease in performance, and in extreme cases, costly failures.

Types and Applications of RC Lubricants

Choosing the right product depends on its intended application. Thick greases (e.g., Teflon, ceramic, graphite) are ideal for high-load components, such as metal gears in transmissions or differentials. They create a durable protective layer that is resistant to high pressure and temperatures. In contrast, thinner oils, including the most popular silicone oils, are used in shock absorbers. Their density (viscosity), expressed in cSt or WT units, directly affects the suspension's performance characteristics. By selecting an oil with a different viscosity, you can precisely adjust the shock absorbers' stiffness to suit track conditions and personal preferences. Lighter oils are also used for lubricating ball bearings or driveshaft joints, where minimal resistance is crucial.

How to Choose the Right Grease or Oil?

The basic principle is to follow the model manufacturer's recommendations, which are usually found in the instruction manual. It specifies which types of greases and oils are recommended for specific components. It is also important to consider the materials of the parts being lubricated. Some greases can react negatively with plastics, so it is essential to choose products that are plastic-safe. Regularly checking and replenishing greases and oils is a simple task that significantly extends the model's lifespan and allows you to enjoy its maximum performance.